47 research outputs found
Patients with hypertensive responses to exercise or dobutamine stress testing differ in resting hypertensive phenotype
Little is known of the importance of echocardiographic measures of resting systemic vascular resistance (SVR), cardiac output, and diastolic function in the development of a hypertensive response during dobutamine stress echocardiography. We performed a retrospective review of 325 subjects who underwent stress echocardiography and a resting echocardiogram on the same day. Logistical regressions were performed to determine associations between hypertensive response to each type of stress test and clinical and hemodynamic measurements obtained by transthoracic echocardiography. Patients with a hypertensive response to dobutamine or exercise stress modalities had Stage 1 hypertension. Those with a hypertensive response to dobutamine had a significantly elevated SVR and a lower cardiac output compared to those with a hypertensive response to exercise or a nonhypertensive response to dobutamine. An SVR ≥2000 dynes × sec/c
phj89_gene_models.hc.func_anno.txt
Functional annotation of high-confidence genes in PHJ89
phj89_gene_models.hc.cdna.fa
Transcript sequences (cDNA) of high-confidence genes in PHJ89
Trinity_B73_unmapped_transcriptome_assembly.fasta
B73-derived novel transcripts
942_FPKM_LOCONF_PH207_RTAs.txt
Expression abundances of PH207-derived novel transcripts
phj89_gene_models.lc.cds.fa
Coding sequences (CDS) of low-confidence genes in PHJ89
PH207_plus_RTAs_snp_matrix_imputed.zip
widiv_942g_971213SNPs_imputed_filteredGenos_withRTA_PH207ref.hmp.txt - Imputed SNP calls PH207 plus PH207-derived novel transcripts. SNPs on RTAs are coded as being on chromosome 11, and SNPs on contigs that are not part of the 10 chromosomes are coded as being on chromosome 12.
widiv_942g_column_name_converter.txt - Converts genotype names between unimputed (column 'Original') and imputed (column 'NoSpaces')
942_FPKM_LOCONF_B73_genes_w_feature.txt
Expression abundances of B73 v4 annotated genes (protein coding, tRNA, miRNA, and lincRNA genes)